TY  - BOOK
AU  - Jakubowicz, Jarosław
TI  - Ti-Based Biomaterials: Synthesis, Properties and Applications
KW  - Powder Bed Fusion||Titanium alloys||Cobalt–Chrome alloys||anisotropy||bcc Ti-Mo-Zr alloys||Inter-diffusion coefficient||Impurity coefficient||Atomic mobility||CALPHAD modeling||titanium||low frequency||inductive transmission||metallic housing||hermetic sealing||longevity||FEM model||active implantable medical devices||stainless||nitinol||diaphyseal fracture||implant||osseointegration||biocompatibility||bioactive ceramic coatings||sphene||ECAP||Conform||continuous extrusion||wire||medical implants||plasma spraying||Ti coating||polymers||biomaterials||heat treatment||in situ alloying||laser additive manufacturing||mechanical properties||microstructure||Ti–Nb alloy||Ni-Ti alloy||surface characteristics||hydrophobic||magnetic mixed EDM||TiO2 nanotubes||crystallization||gaseous plasma||biological response||mechanical alloying||nanoprecursor||electric pulse-assisted sintering||metal matrix composites||titanium plate||amine plasma||surface modification||hydrophilicity||new bone formation||titanium-based foams||thermal dealloying||titanium alloy||biomaterial||TiMoZrTa||TiMoSi||low elasticity modulus||corrosion||titanium alloys||microstructures||TNTZ||copper||Ti2Cu||Ti3Cu||antibacterial||shape memory alloy||temperature variable micro-compression test||single crystal||biomedical alloy||selective electron beam additive manufacture||Ti6Al4V ELI alloy||phase transformation||spatial||gradient energy density||martensitic decomposition||Ti3Al intermetallic compound||fracture analysis||biofunctionalization
UR  - https://mdpi.com/books/pdfview/book/2399
ER  -